Dispensing carton

ABSTRACT

A two-piece paperboard carton for retaining and dispensing cigarettes and the like, comprising a shell and a slide receptacle inserted into the shell. A simple motion of pulling down on the shell is sufficient to open the slide receptacle while an opposite action is effective to close the receptacle.

United States Patent 1 1 Mueller Nov. 20, 1973 DISPENSING CARTON 2,950,060 8/1960 Von Rudeen 229 44 CB 3,048,320 8/1962 l-lovland et a]. 229/20 [751 Invent: i Charles Mueller Neenah 3,102,675 9/1963 Schrom 206 412 B x 3,311,283 3/1967 Shimada et al. 229/44 CB X Assigneel America? Call Company, FOREIGN PATENTS OR APPLICATIONS Greenwch 970,740 9 1964 creags la ir 44 c19 [22] Filed: Sept. 1, 1972 Primary Examiner-Davis T. Moorhead 2 A 1. N 285 915 l PP o Attorney-Robert P. Auber et al.

[52] US. Cl. 229/44 CB, 206/412 B 5 T T 51 Int. Cl 865d 5/66 7] ABS RAG 58 Field of Search 229/44 CB, 19, 20; A -P Paperboard carton for retammg and 206/41 C, 41 H, 41.2 B pensing cigarettes and the like, comprising a shell and a slide receptacle inserted into the shell. A simple mo- [56] References Cited tion of pulling down on the shell is sufficient to open UNITED STATES PATENTS the slide receptacle while an opposite action is effective to close the receptacle. 1,185,560 5/1916 Walcutt 229/44 CB 2,776,081 1 1957 Ringler 229/19 x 9 Claims, 6 Drawing Figures PATENIED NW 20 I975 SHFFT 2 CF 2 DISPENSING CARTON BACKGROUND OF THE INVENTION This invention relates to a dispensing carton construction for the retention and dispensing of cigarettes, small cigars or the like, and more particularly to a twopiece, paperboard carton construction that is especially compact and is able to be opened and closed by a simple, sliding, reciprocable motion.

Prior art cartons having sliding sleeves for providing dispensing openings have been, of necessity, either too complex, leading to rapid deterioration of the carton, or too difficult to open, often times the closing procedure having no relation to the opening procedure.

The instant invention solves the problems of the prior art cartons by presenting a construction that is compact enough to be able to withstand rough handling by the user over a period of time, and which is opened and closed by a simple, reciprocable action.

SUMMARY OF THE INVENTION The present invention provides a two-piece, suitably cut and scored paperboard blank capable of being erected into a dispensing carton, comprising a slide receptacle portion and a shell portion, said slide receptacle portion comprising:

a front wall panel;

a pair of opposed side wall panels hingedly connected to the sides of the front wall panel;

a bottom wall panel hingedly connected to the bottom of the front wall panel;

a rear wall panel hingedly connected to the bottom wall panel on the opposite edge from the front wall panel;

a pair of opposed fold-in panels hingedly connected to the sides of the rear wall panel;

a pair of opposed bottom wall glue flaps hingedly connected to the bottom of the fold-in panels;

a rear wall connecting panel depending from the top of the rear wall panel across an alternate cut and crease line;

a pair of opposed fold-in flaps hingedly connected to the sides of the connecting panel; and

a top wall panel hingedly connected to the top of the connecting panel; and

said shell portion comprising:

a rear wall panel;

a pair of opposed side wall panels hingedly connected to the sides of the rear wall panel;

a front wall panel hingedly connected to one of the side wall panels and extending laterally therefrom;

a side wall panel glue flap hingedly connected to the front wall panel and extending laterally therefrom;

a foldover panel hingedly connected to the top edge of the rear wall panel;

at least one folding pane] hingedly connected to and extending from the edge of the foldover panel parallel to the rear wall panel top edge;

a hinge panel extending longitudinally from and hingedly connected to the adjacent folding panel; and

a glue panel extending longitudinally from and hingedly connected to the hinge panel.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a plan view of the blank to be formed into the slide receptacle. The blank is illustrated as having its inside surface exposed upwardly.

FIG. 2 is a plan view of the blank to be used in forming the shell, also shown with its inside surface exposed upwardly.

FIG. 3 is a perspective view of the slide receptacle blank shown in FIG. 1 after it has been erected.

FIG. 4 is a perspective view of the shell partially erected.

FIG. 5 is a perspective view, from the rear, of the slide receptacle after it has been inserted into and attached to the shell. The slide receptacle is shown in a closed position.

FIG. 6 is a perspective view, from the rear, of the carton of FIG. 5 after it has been opened, to reveal the product contained therein.

DESCRIPTION OF THE PREFERRED EMBODIMENT As shown in the drawings illustrative of the preembodiment of the paperboard carton of the subject invention:

A slide receptacle blank 20 (FIG. 1) is provided to form a rectangular slide receptacle 22 (FIG. 3) capable of receiving the product to be dispensed. The receptacle blank 20 is suitably cut and scored to provide a receptacle front wall panel 24, and a receptacle rear wall panel 26 hingedly connected by a receptacle bottom wall panel 28 therebetween along parallel score lines 21 and 23 respectively.

A pair of opposed receptacle side wall panels 30 and 32 are hingedly connected to the sides of the front wall panel 24 along parallel score lines 25 and 27 respectively. Similarly, hingedly connected to the sides of the rear panel 26 along parallel score lines 29 and 31 respectively are a pair of opposed receptacle side wall fold-in panels 34 and 36. Sidewall glue panels 38 and 40 extend laterally from and are hingedly connected respectively to fold-in panels 34 and 36 along parallel score lines 33 and 35 respectively. I-Iingedly connected along score line 23 to each of the side wall fold-in panels 34 and 36 and adjacent the bottom wall panel 28 are receptacle bottom wall glue flaps 42 and 44 respectively.

I-Iingedly connected across the top of the rear panel 26 by an alternate cut and crease line 46 is a rear wall connecting panel 48 having a pair of opposed, side wall fold-in flaps 50 and 52 hingedly connected along parallel score lines 29 and 31 respectively. A pair of opposed side wall glue flaps 54 and 56'are hingedly connected respectively to the top of fold-in flaps 50 and 52 along score line 37. A pair of opposed side wall glue flaps 58 and 60 are hingedly connected along parallel score lines 33 and 35 respectively to the exterior side of each of the fold-in flaps 50 and 52 adjacent the side wall glue panels 38 and 40 respectively.

A top wall panel 62 is hingedly connected along score line 37 to the top of the connecting panel 48; similarly, a top wall glue panel 64 is hingedly connected longitudinally to the top wall panel 62 along score line 39.

As the drawings illustrate, some of the panels of the slide receptacle blank 20 are shown as not being rectangular. This is a matter of design, and the shapes of these panels may be varied. It should also be noted that glue panels 38 and 40 and glue flaps 58 and 60 are utilized for achieving an extra thick side wall and may not be necessary. Furthermore, the glue panel 64 may not be required for all purposes and could be eliminated.

These modifications could easily be made, with corresponding small changes in areas where glue is to be applied and ultimate assembly procedures.

A shell blank 65 (FIG. 2) is provided to form a shell 66 (FIG. 4) to slidingly receive the slide receptacle 22. As will be explained below, the shell 66 is to be attached to the slide receptacle 22. The shell blank 65 is suitably cut and scored to provide a pair of opposed shell side wall panels 68 and 72, a shell rear wall panel 70, a shell front wall panel 74 and a shell side wall panel glue flap 76, all hingedly connected, as shown, by parallel score lines 41, 43, 45 and 47. It is apparent that the height of the above-named panels, indicated as 0, may be varied, but a height about one-half that of the slide receptacle 22 has been found to be most satisfactory. Such a relationship enables the carton to be easily opened and closed by a simple, two-handed action.

A trapezoidal foldover panel 78 having a height a is hingedly connected to the top edge of the shell rear wall panel 70 along score line 49. A pair of folding panels 80 and 82 are hingedly connected to foldover panel 78 along score line 51 and to each other along score line 53. The folding panel 80 extends from the edge of the foldover panel 78 which is parallel to the rear wall panel 70 top edge defined at score line 49; i.e., folding panel 80 extends from score line 51. it should be noted that one folding panel is necessary and that more than one may be employed. In order to assure that the folding action of panels 80 and 82 is hidden and occurs completely within the shell, the height a of panel 78 should exceed the height b of panels 80 and 82 combined. Such a relationship insures the hiding of panels 80 and 82 when the carton is opened. Similarly, the height of a plus b should be less than height to insure that panels 80 and 82 are concealed from view when the carton is closed. The height of an individual folding panel, in this case /b, should be small enough to permit the folding panels 80 and 82 to undergo the necessary rotation and translation without unduly disturbing the configuration of the erected carton during opening and closing of the carton. These relationships are all merely preferred, and may be varied if the particular results achieved by them are not necessary or critical.

A hinge panel 84 extends longitudinally from and is hingedly connected to the folding panel 82 along score line 55 and hingedly connects to a shell glue panel 86 extending longitudinally therefrom along score line 57. The shapes of the foldover panel 78, shown as trapezoidal, and of the hinge panel 84 may both be varied. For a compact and proper appearing package, and ease of opening, the height d of the hinge panel 84 should equal the combination of heights a plus b, and the height a should equal the height e of the slide receptacle rear wall connecting panel 48. Also, height b of the folding panels 80 and 82 should approximate the smaller height f of the fold-in flaps 50 and 52 for ease of opening and closing the carton. The necking in of panels 78 and 84 also is a desirable feature, but not necessary for the successful operation of the carton.

In forming the two blanks and 65 into a dispensing canon, an adhesive is first applied to the inner surface of the slide receptacle blank 20 on side wall panels 30 and 32, the side wall glue panels 38 and 40, the top wall glue panel 64, and the side wall glue flap 58 and 60, as shown by the stippling on these areas in FIG. 1, after which glue panel 38 and glue flap 58 are folded inv wardly (see FIG. 3) about score line 33 to adhere respectively to fold-in panel 34 and fold-in flap 50. A similar action is also effected about score line 35 for the opposed side wall panels and flaps.

The folded double panels effected above are now folded again to'lie in a plane perpendicular to the remainder of the receptacle blank 20. Specifically, foldin panel 34 and fold-in flap 50 are folded inwardly about score line 29 to lie in a plane perpendicular to rear wall panel 26. The folding of panel 34 results in glue flap 42 similarly lying in the perpendicular plane, as does the folding of flap 50 result in flap 54 assuming a perpendicular position. A similar folding action is also effected about score line 31 whereby the opposed side wall panels and flaps assume a perpendicular position.

In the next step of the carton formation process, the bottom wall glue flaps 42 and 44 are folded inwardly about score line 23 to line in a plane perpendicular to either of the planes formed by the opposed side wall panels and flaps. Following this, the bottom wall panel 28 is folded inwardly about score line 23 to lie superposed on the glue flaps 42 and 44 and perpendicular to the rear wall panel 26.

The front wall panel 24 is then folded inwardly about score line 21 to lie parallel to the rear wall panel 26. Finally, the side wall panels 30 and 32 are folded inwardly about score lines 25 and 27-respectively to be perpendicular to the front wall panel 24 and adhere to the outside surfaces of the opposed fold-in panels 34 and 36 respectively.

At this point, it is suggested that the product to be dispensed by the carton be loaded into the partially erected receptacle blank 20. Following such loading, the side wall glue flaps 54 and 56 are folded inwardly about score line 37 to lie perpendicular to each of the two side walls.

The top wall panel 62 is folded inwrdly about score line 37 to lie perpendicular to the connecting panel 48 and superpose glue flaps 54 and 56. The final step in erecting the rectangular slide receptacle 22 shown in FIG. 3 consists of folding inwardly the top wall glue panel 64 about score line 39 to adhere to the glue flaps 54 and 56 and the top panel 62.

The shell blank 65 is attached to the slide receptacle 22 as explained below. Adhesive is applied to the inner surface of the shell side panel glue flap 76 and the shell glue panel 86. The inner surface of the glue panel 86 is then adhered to the exposed, outer surface of the slide receptacle top wall panel 62, score line 57 of the shell blank 64, being superposed above score line 37 of the slide receptacle blank 20. Rear wall panel is then folded inwardly about score line 49 to superpose on the foldover panel 78. The foldover panel 78, rear wall panel 70, and folding panels and 82, then, as a double panel unit, are folded outwardly about score line 55 to superpose on the hinge panel 84, thereby creating a triple thickness panel. The hinge panel 84, together with the two remaining panels forming the triple panel, are now folded inwardly about score line 57 to superpose the receptacle rear wall panel 26.

The shell side wall panel 72 is then folded inwardly about score line 43 to superpose on the outside surfaces of the receptacle fold-in flap 52 and side wall panel 32. The front wall panel 74 is then folded inwardly about score line 45 to superpose on the outside surface of the slide receptacle front wall panel 24. The side wall panel 68 is then folded inwardly about score line 41 to superpose on the outside surface of side wall panel 30 and fold-in flap 50. Finally, the side panel glue flap 76 is folded inwardly about score line 47 to adhere to the outside surface of the side wall panel 68. The carton is now effectively closed.

The above described method of assembling the carton is merely illustrative of several possible different sequences that may be employed, and forms no part of the invention.

Opening the closed carton (FIG. 6) is preferably effected by grasping with the thumb of one hand the lower portion of the side wall panel 32 of the slide receptacle 22 and with some of the remaining fingers of that hand grasping the lower portion of the other side wall panel 30. Simultaneously, the other thumb grasps the shell side wall panel 72 while some of the remaining fingers grasp the shell side panel glue flap 76 and pull down on the panel 72 and glue flap 76 to expose the product contained within the slide receptacle 22. An opposite action is effective to close the carton.

As can be seen by an analysis of FIGS. 5 and 6, the initial lowering of the shell 66 results in the folding panels 80 and 82 being lowered in an accordian-like manner so that their inner surfaces, which rested against the inner surface of the foldover panel 78 when the carton was closed, become superposed on the other surface of the slide receptacle rear wall panel 26. In effect, folding panel 82 experiences rotation, while folding panel 80 undergoes rotation and translation in the space between the shell rear wall panel 70 and the receptacle rear wall panel 26. The initial lowering and accordian action of the shell 66 permits the top of the shell panels 68, 70, 72, 74 and 76 to be lowered below the top of the receptacle front wall panel 24 and to approach the alternate cut and crease line 46. Further lowering of the shell 66 effects a pulling back of receptacle top wall panel 62 and glue panel 64, and the connecting panel 48, thereby opening the contents of the receptacle 22 to a view from above. In effect, the connecting panel 48 is rotated about the alternate cut and crease line 46. The initial lowering of the shell 66 permits a view from the front of the carton only.

It is understood that the foregoing general and detailed descriptions are exemplary of the present invention and are not to be interpreted as restrictive of the scope of the following claims.

What is claimed is:

l. A two-piece, suitably cut and scored paperboard blank capable of being erected into a dispensing carton, comprising a slide receptacle portion and a shell portion, said slide receptacle portion comprising:

a front wall panel;

a pair of opposed side wall panels hingedly connected to the sides of the front wall panel;

a bottom wall panel hingedly connected to the bottom of the front wall panel;

a rear wall panel hingedly connected to the bottom wall panel on the opposite edge from the front wall panel;

a pair of opposed fold-in panels hingedly connected to the sides of the rear wall panel;

a pair of opposed bottom wall glue flaps hingedly connected to the bottom of the fold-in panels;

a rear wall connecting panel depending from the top of the rear wall panel across an alternate cut and crease line;

a pair of opposed fold-in flaps hingedly connected to the sides of the connecting panel; and

a top wall panel hingedly connected to the top of the connecting panel; and

said shell portion comprising:

a rear wall panel;

a pair of opposed side wall panels hingedly connected tp the sides of the rear wall panel;

a front wall panel hingedly connected to one of the side wall panels and extending laterally therefrom;

a side wall panel glue flap hingedly connected to the front wall panel and extending laterally therefrom;

a foldover panel hingedly connected to the top edge of the rear wall panel;

at least one folding panel hingedly connected to and extending from the edge of the foldover panel parallel to rear wall panel top edge;

a hinge extending longitudinally from and hingedly connected to the adjacent folding panel; and

a glue panel extending longitudinally from and hingedly connected to the hinge panel.

2. The blank of claim 1 additionally comprising in the slide receptacle portion a pair of opposed side wall glue flaps hingedly connected to the exterior side of each of the fold-in flaps and a pair of opposed side wall glue panels laterally extending from and hingedly connected to each of the side wall fold-in panels.

3. The blank of claim 2 wherein the slide receptacle portion additionally comprises a top wall glue panel hingedly connected longitudinally to the top wall panel.

4. The blank of claim 3 wherein the shell portion comprises two folding panels.

5. The blank of claim 4 wherein the height of the shell side wall panels, shell rear wall panel and shell front wall panel is about one-half that of the slide receptacle blank when erected.

6. A carton erected from the blank of claim 1 wherein the inner surface of the shell glue panel is adhered to the exposed, outer surface of the slide receptacle top wall panel.

7. The carton of claim 6 wherein the heights of the folding panels and all other shell panels are such that the rotation and translation of the folding panels are concealed from view when the carton is either opened or closed.

8. The carton of claim 7 wherein the height of the folding panels is small enough so that the rotation and translation of said folding panels caused by the opening and closing of the carton does not unduly disturb the configuration of the erected carton.

9. The carton of claim 8 wherein the height of the shell hinge panel equals the combined heights of the shell foldover panel and the shell folding panels. 

1. A two-piece, suitably cut and scored paperboard blank capable of being erected into a dispensing carton, comprising a slide receptacle portion and a shell portion, said slide receptacle portion comprising: a front wall panel; a pair of opposed side wall panels hingedly connected to the sides of the front wall panel; a bottom wall panel hingedly connected to the bottom of the front wall panel; a rear wall panel hingedly connected to the bottom wall panel on the opposite edge from the front wall panel; a pair of opposed fold-in panels hingedly connected to the sides of the rear wall panel; a pair of opposed bottom wall glue flaps hingedly connected to the bottom of the fold-in panels; a rear wall connecting panel depending from the top of the rear wall panel across an alternate cut and crease line; a pair of opposed fold-in flaps hingedly connected to the sides of the connecting panel; and a top wall panel hingedly connected to the top of the connecting panel; and said shell portion comprising: a rear wall panel; a pair of opposed side wall panels hingedly connected tp the sides of the rear wall panel; a front wall panel hingedly connected to one of the side wall panels and extending laterally therefrom; a side wall panel glue flap hingedly connected to the front wall panel and extending laterally therefrom; a foldover panel hingedly connected to the top edge of the rear wall panel; at least one folding panel hingedly connected to and extending from the edge of the foldover panel parallel to rear wall panel top edge; a hinge extending longitudinally from and hingedly connected to the adjacent folding panel; and a glue panel extending longitudinally from and hingedly connected to the hinge panel.
 2. The blank of claim 1 additionally comprising in the slide receptacle portion a pair of opposed side wall glue flaps hingedly connected to the exterior side of each of the fold-in flaps and a pair of opposed side wall glue panels laterally extending from and hingedly connected to each of the side wall fold-in panels.
 3. The blank of claim 2 wherein the slide receptacle portion additionally comprises a top wall glue panel hingedly connected longitudinally to the top wall panel.
 4. The blank of claim 3 wherein the shell portion comprises two folding panels.
 5. The blank of claim 4 wherein the height of the shell side wall panels, shell rear wall panel and shell front wall panel is about one-half that of the slide receptacle blank when erected.
 6. A carton erected from the blank of claim 1 wherein the inner surface of the shell glue panel is adhered to the exposed, outer surface of the slide receptacle top wall panel.
 7. The carton of claim 6 wherein the heights of the folding panels and all other shell panels are such that the rotation and translation of the folding panels are concealed from view when the carton is either opened or closed.
 8. The carton of claim 7 wherein the height of the folding panels is small enough so that the rotation and translation of said folding panels caused by the opening and closing of the carton does not unduly disturb the configuration of the erected carton.
 9. The carton of claim 8 wherein the height of the shell hinge panel equals the combined heights of the shell foldover panel and the shell folding panels. 